The increasing frequency of natural disasters, exacerbated by climate change, has necessitated the development of resilient and environmentally friendly energy systems. Hydrogen technology, particularly when integrated with renewable energy sources like solar power, offers a promising solution for humanitarian crisis management. This work explores the application of an autonomous hydrogen-based Cell on Wheels (CoW) system coupled with a mobile hydrogen refueling station in response to humanitarian crisis. The system is designed to ensure energy security and support the mobility of emergency response vehicles. A comprehensive cost-benefit analysis compares the proposed hydrogen system to conventional diesel-powered alternatives, emphasizing long-term sustainability and substantial CO₂ savings.
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